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ACV: What is a non-invasive treatment that helps improve injury? – Society



ACV is a cardiovascular disease that affects blood vessels that supply blood to the brain.

"It occurs when these vessels, which carry oxygen to the brain, break or are blocked by blood embolism or thrombosis.

As a result, the brain does not receive flow. The affected brain cells cannot function because of lack of oxygen and death. The same thing happens with the body parts they control, "explained Liliana Jordá Vargas, BioBarica Biochemistry.

In Argentina, ACV has an incidence of close to 126,000 cases per year in the country, where ACV occurs every four minutes.

There are two types of strokes: ischemic strokes, which are the most common causes and occur when arteries are blocked and blood does not reach parts of the brain and hemorrhagic strokes, which occur when arteries in the brain rupture. cause bleeding and damage the area where it occurs and that even though it is less frequent, it is more deadly.

Jordá Vargas mentions the most common symptoms are:

– Lack of sudden sensation, weakness or paralysis on the face, arms or legs, especially on one side of the body.
– Sudden confusion, sudden problems to speak or understand.
– Sudden problems in one or both eyes.
– Difficulty walking, dizziness, vertigo, loss of balance or lack of coordination.
– Headache and maximum intensity for no apparent reason.

Among the sequels left by ACV are:

· Decreased muscle strength.
· Motor deficit.
· Language or speech disorders.
· Personality and / or mood changes

How is the sequel treated?

"Intensive therapy and rehabilitation programs that exist to date are invaluable in improving the quality of life after brain injury, but often only provide partial assistance and in some cases leave patients with disabilities. They need application of additional therapy to achieve recovery of affected tissue," Jordá Vargas.

Specialists say that "years of clinical experience have revealed that spontaneous recovery from a stroke occurs mainly in the first 30 days, even though those who have survived a moderate stroke and continue to improve for at least 90 days."

In that sense, he pointed out that "most recovery involves brain regions that are not functioning, but not dead."

"Innovative studies from Tel Aviv University show that treatment of hyperbaric oxygenation (HBOT) can produce important neurological improvements in patients suffering from stroke and can also be effective in the treatment and prevention of many other brain disorders," he said. .

Treatment in the hyperbaric chamber can be initiated both at the degenerative stage of ACV, as at the regenerative stage. Although it is not possible to draw a clear line between the regenerative and degenerative phases, after one month the acute event of the patient is stable and the degenerative process has ended.

In addition to oxygenating the affected brain area, treatment of hyperbaric space reduces inflammation, increases blood vessel formation, reactivates neurons by stimulating nerve function, supports nerve conduction mechanisms that use oxygen and regenerate damaged or damaged cells

The patient enters a minimum pressure atmosphere of 1.4 atmospheric hyperbaric chamber (higher than normal atmospheric pressure ie 1 atmosphere) and uses a mask given oxygen close to 100%. This gas is transported to the blood, and successfully reaches a network that is even damaged.

In this way, patients suffering from ACV will notice that from the use of Hyperbaric Rooms it reaches: increasing control of fine motor skills; attenuated motor deficit; flexibility (rigidity) decreases; there are fewer risk sequels; improve the quality of life of patients.

NA


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